Ansys FEA 104

Ansys Parametric Design Language (APDL) Training Course

ADPL Introductory Course

Course Overview:

This course provides a fundamental foundation for Ansys Mechanical APDL (Ansys Parametric Design Language).

Coursework includes tutorials in Mechanical APDL so students can learn and understand the classic methodologies and interface. This course covers an extended set of the material taught in the APDL portion of our FEA 103 Ansys Mechanical Workbench and APDL Introductory course.

Who should take this course:
  • New engineers looking to learn how to get started with APDL
  • Engineers who are looking for a refresher and desire to re-learn introductory methods and concepts of APDL
With completion of this Ansys FEA Training, you will:
  • Become proficient in using MAPDL with regard to:
    • GUI Operations
    • Select Login and picking
    • Geometry import
    • Meshing and element attributes
    • Boundary conditions and load application
    • Choosing appropriate solvers
    • Postprocessing
    • APDL command syntax and parameters
    • Interaction with Workbench Mechanical via command snippets
    • Modal and mode superposition in harmonic response analysis
    • Nodal coupling and constraint equations
    • Contact and bolt pretension
  • Receive an official certificate of completion with professional development hours that can qualify for the continuing education requirements upon renewal of a PE license in most states.

Contact for Ansys FEA 104 Training




Course Agenda | FEA 104

Module 1:  APDL Introduction

Module 2:  Launcher and GUI
Workshop: Navigating the GUI

Module 3:  Picking and Select Logic
Workshop: Selecting Entities

Module 4: Nodes and Elements
Workshops: Assigning Attributes, Meshing, Hybrid Meshing

Module 5:  Loading & Solution
Workshop:  Loading & Solution

Module 6:  Postprocessing
Workshops:  Stress Convergence Study, Postprocessing, Load Case Combinations

Module 7:  APDL Basics
Workshop:  APDL

Module 8:  Extended Functionality
Workshops:  Command Snippets, Command Snippets 2

Module 9:  Modal and Mode Superposition Harmonic Response Analyses
Workshops:  Modal Analysis, Mode Superposition Harmonic Response Harmonic Analysis

Module 10:  Nodal Coupling and Constraint Equations
Workshops:  Periodic Boundary Conditions, CERIG Moment Connection

Module 11:  2-D Analysis
Workshops:  Hanging Bracket, Pressure Vessel, C-Channel Beam

Module 12:  Contact
Workshops:  Bonded Contact, Snap Insertion Using Standard Contact, CERIG and MPC Contact Using Pilot Node

Module 13:  Pretension
Workshop:  Bolt Preload



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